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The prosthetics meeting was still being arranged when the next wave of arrivals showed up at the facility.
"More people just came in!" Kyle was mid-bite at the cafeteria when his colleague spotted the buses through the window.
"What kind of people?" The table leaned in. Cafeteria gossip was the facility's unofficial information network.
"Two buses. Looked like a full research team. Maybe forty people."
Kyle's colleague lowered his voice. "The construction crew that was building our new research center got reassigned last week. They're building something else down by the beach."
"A second facility?"
"For whatever those buses just brought in."
The table processed this. A new team, a new building, a new research direction that nobody in the neural link division had been told about.
"Any idea what they're working on?"
"Above our pay grade. But it's big enough to need its own building and its own team." The colleague glanced out the window at the distant construction site near the shoreline. "And they built it facing the ocean. Open at both ends. Like a tunnel."
Nobody could figure out why a research lab would need to point at the ocean.
The new team's leader was a man named Dr. Victor Thornton.
Six-four, thin as a rail, wire-rimmed glasses, the composed demeanor of someone who'd spent a career in classified research. He looked like he should be teaching poetry, not developing weapons that operated at temperatures capable of vaporizing steel.
"Dr. Thornton," Ryan said, shaking his hand. "Welcome."
"Victor, please." The handshake was firm. The voice was calm.
Patricia provided the context. "Dr. Thornton led the national plasma weapons research initiative for nearly a decade. His team conducted extensive experimental work on directed-energy applications before the program was suspended due to unresolved technical challenges. All data and personnel from that program have been transferred here."
Ryan had asked for someone with plasma weapons experience. Aegis had sent the entire defunct program.
"I understand you didn't achieve a working prototype," Ryan said.
Thornton smiled. "We spent four years trying to solve one problem: keeping the plasma bolt coherent after it leaves the barrel. Plasma is inherently unstable. The particles repel each other, and without containment, a discharged bolt disperses within inches of the muzzle. We tried magnetic confinement, electromagnetic shaping, inertial containment. None of it worked at the energy levels required for a practical weapon."
"I have a solution for the containment problem."
Thornton looked at him. The claim was delivered without hedging. No "I think" or "possibly" or "in theory." Just a statement of intent from someone whose statements of intent had a perfect track record.
Ryan unfolded a structural diagram. The plasma cannon: a cylindrical assembly with the plasma generation chamber at the rear, a transmission bore running the length, and at the muzzle, two devices labeled FOCUSING LENS and AMPLIFIER.
Thornton's eyes locked on the muzzle assembly.
"These two components are your answer to dispersion?"
"The lens concentrates the plasma at discharge. The amplifier boosts energy density past the coherence threshold. Together, they give the bolt enough structural integrity to maintain form over its flight path."
"Validated?"
"Mathematically. I need your experimental data to calibrate the engineering, and your team to build the prototype."
Thornton studied the diagram. Then he looked at the forty researchers behind him, many of whom had spent the most frustrating years of their careers failing to solve the exact problem this teenager was proposing to fix with two components on a piece of paper.
"Show me the lab," he said.
Patricia led them to the coast. The new building was a long, low structure running parallel to the shoreline. Single corridor, a hundred and thirty feet long, a hundred wide, fifty high. Rails in the floor. Gantry crane on the ceiling. Both ends designed to open completely, giving a clear line of fire toward the open ocean.
"The corridor is the test chamber," Ryan said. "The cannon mounts on a movable base that rides the floor rails. When we're ready for live fire, we open the seaward doors and shoot over the water."
"You designed the mounting base already?" Thornton asked.
Ryan produced a second sheet of paper. Shock absorbers. Recoil dampeners. Rail locks. Complete design, ready for fabrication.
Thornton looked at the firing platform blueprint for a weapon that didn't exist yet, designed by someone who'd apparently built the infrastructure before the technology.
"You're building the garage before you've built the car," Thornton said.
"When the car is ready, I don't want to waste time building the garage."
Thornton's team filtered back toward their temporary quarters, murmuring among themselves.
"He's a mech guy. What does he know about plasma weapons?"
"He knew enough to design a firing platform and a containment solution before we got here."
"Containment solutions are easy to draw on paper. Making them work in reality is another thing entirely."
"True. But he also drew a mech on paper and then built it in his garage. So maybe we should keep our skepticism flexible."
The veterans from the old program were the most cautious. They'd lived through four years of failure. They knew how hard the dispersion problem was. The idea that a teenager could solve it with a lens and an amplifier felt like a joke.
But they also knew that jokes didn't get billion-dollar facilities built for them on the coast.
Something was different this time. They could feel it.